Ergonomics OSHA checklist — the lifts and reaches a photo catches mid-strain
There is no specific federal OSHA ergonomics standard — OSHA cites serious ergonomic hazards under the General Duty Clause (Section 5(a)(1)) and publishes industry guidelines instead. But musculoskeletal disorders remain among the most common serious workplace injuries, and the risk factors are visible: lifting with a fully bent back, loads held far from the body, overhead reaches to heavy items stored too high, repetitive twisting, and no carts or lift equipment anywhere near the manual handling. OSHA Scan reads a photo of material handling or workstation activity and flags those visible strain patterns with practical fixes. It is an AI-assisted first pass, not an ergonomic job analysis.
- Heavy items stored between knee and shoulder
- Mechanical aids staged where the work is
- Loads sized for one person — or split
- Lifts start above floor level
Does OSHA have an ergonomics standard?
No — a federal ergonomics standard was issued in 2000 and repealed by Congress in 2001, and no replacement exists. OSHA instead publishes industry-specific guidelines and cites serious ergonomic hazards under the General Duty Clause, which requires a hazard that is recognized, causing or likely to cause serious harm, and feasibly correctable. In practice the bigger driver is cost: musculoskeletal disorders are among the most expensive injury categories in workers' compensation, so the business case usually arrives before the citation does.
What are the biggest ergonomic risk factors in manual work?
Force, posture, repetition, and duration — usually in combination. The classic high-risk patterns: lifting from floor level with a bent back, holding loads away from the body, twisting while lifting, reaching overhead for heavy items, high-repetition motions without recovery, and long-duration static postures. Each factor multiplies the others, which is why the standard fixes attack the setup — storage heights, staging, carts — rather than just coaching technique.
Can AI detect ergonomic hazards from a photo?
It can flag the visible risk factors: a rounded-back lift in progress, an overhead pull of a heavy carton, twisting under load, and heavy handling with no mechanical aids in sight. It cannot weigh the load, count repetitions across a shift, or assess cumulative exposure — that's what an ergonomic job analysis does. Use scans to spot the obvious patterns in real work, then target formal analysis where the patterns cluster.